Motion Robotics supplies autonomous material‑handling robots that use lidar‑camera sensor fusion and AI‑driven navigation to transport pallets, bins, and containers within warehouses without fixed infrastructure. The solution includes interchangeable payload modules, collaborative safety systems, and a cloud‑based fleet management platform with open API integration for ERP/WMS, helping manufacturers and logistics providers boost intra‑facility productivity while retaining human oversight.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers and logistics operators often rely on manual transport, sorting, and storage processes that are labor‑intensive, error‑prone, and limited in throughput, leading to bottlenecks in high‑mix, high‑volume environments.
Solution
Motion Robotics delivers autonomous material‑handling machines that operate alongside human workers to increase floor‑level productivity. The robots employ sensor‑fusion navigation and AI‑based path planning to move pallets, bins, or containers without fixed infrastructure. Collaborative safety systems detect nearby personnel and adjust motion in real time, enabling safe shared workspaces. Modular payload interfaces allow rapid reconfiguration for transport, sorting, or storage tasks across diverse product lines. An integrated cloud platform provides fleet monitoring, diagnostics, and software updates, reducing downtime and maintenance overhead. The solution scales from single‑unit deployments to coordinated fleets, supporting incremental automation strategies.
Target Audience
Primary customers are mid‑size to large manufacturers and third‑party logistics providers seeking to automate intra‑facility transport, sorting, and storage while retaining human oversight.
Features
- Lidar‑camera sensor fusion for SLAM‑based autonomous navigation in dynamic warehouse aisles
- Adaptive payload modules (forks, conveyors, grippers) interchangeable in under 30 minutes
- Collaborative safety suite with 3‑D proximity detection, force‑limited actuation, and emergency stop compliance (ISO 10218‑1)
- AI‑driven task scheduling engine that optimizes routes based on real‑time order priority and congestion data
- Cloud‑hosted fleet management dashboard with KPI visualizations, remote firmware rollout, and predictive maintenance alerts
- Open‑API integration for ERP/WMS systems, supporting OPC UA and MQTT protocols
- Energy‑efficient drive system with regenerative braking and battery‑swap capability for continuous operation